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DMEGC DM705G12T-B66HSW

DMEGC Solar 705W Infinity 132 Cut Bi-Facial Dual Glass N-type Mono Solar Module - Silver Frame/White Backsheet

The DMEGC Solar 705W Infinity 132 Cut Bi-Facial Dual Glass N-type Mono Solar Module - Silver Frame/White Backsheet delivers utility-scale power in a single panel, letting EPCs and commercial installers drive down BOS costs and shorten project pay-back. Built on high-efficiency N-type half-cut cells, the module outputs 705 W (±3 %) with a front-side efficiency of 22.9 % and up to 80 % bifacial gain from the rear, extracting more energy per square metre on trackers or bright rooftops.

Encapsulated in 2 mm/2 mm heat-strengthened dual glass and framed in anodised silver aluminium, the panel endures 5400 Pa front / 2400 Pa rear loads—enough for heavy snow zones and high-wind coastal sites—while meeting IEC 61215, IEC 61730, salt-mist, ammonia and sand-abrasion tests.

£84.67
£84.67
£101.60 INC. VAT

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Overview

The DMEGC Solar 705W Infinity 132 Cut Bi-Facial Dual Glass N-type Mono Solar Module - Silver Frame/White Backsheet delivers utility-scale power in a single panel, letting EPCs and commercial installers drive down BOS costs and shorten project pay-back. Built on high-efficiency N-type half-cut cells, the module outputs 705 W (±3 %) with a front-side efficiency of 22.9 % and up to 80 % bifacial gain from the rear, extracting more energy per square metre on trackers or bright rooftops.

Encapsulated in 2 mm/2 mm heat-strengthened dual glass and framed in anodised silver aluminium, the panel endures 5400 Pa front / 2400 Pa rear loads—enough for heavy snow zones and high-wind coastal sites—while meeting IEC 61215, IEC 61730, salt-mist, ammonia and sand-abrasion tests.

Key performance advantages

N-type low-degradation cells: < 1 % first-year loss and ≤ 0.4 % annual degradation give 87.4 % of nameplate after 30 years.

132 half-cut layout: reduced series resistance and hot-spot risk improve field reliability.

Large-format design: 2384 × 1303 × 33 mm footprint packs 705 W into fewer strings, reducing cable, tracker and foundation costs.

Low-temp coefficient: –0.29 % / °C for Pmax maintains output on hot summer days.

Dual-glass safety: no polymer backsheet means lower fire risk, minimal PID and full recyclability at end of life.

 

Installer & project benefits

Higher IRR – 705 W nameplate and bifacial boost cut LCOE and land-use ratios.

Fewer piles & clamps – larger power per panel reduces mechanical balance-of-system spend.

Green credentials – PFAS-free, low-carbon manufacturing supports ESG-driven bids.

Proven bankability – backed by Hengdian Group’s 40-year manufacturing heritage and TÜV Rheinland extended-stress certification.

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